Behind the Electronic Components Price Surge: AI Demand and Soaring Costs Reshape the Industry Landscape
In early 2026, the electronic components industry has witnessed a robust wave of price hikes. Companies across multiple global segments have successively issued price adjustment notices, covering storage, CCL, BT substrates, wafer foundry, packaging and testing, and other fields.
This round of price increases has extended to nearly all core electronic component categories, including passive components, memory chips, CPUs, and wafer foundry services. Leading manufacturers such as Yageo, Fenghua Advanced, Murata, and Samsung Electro-Mechanics have all raised product prices, with the maximum increase reaching 30%.
1. Dual Drivers of the Price Surge: Cost Push and Demand Pull
The current price surge is jointly driven by two core factors: the skyrocketing prices of upstream metal raw materials and the explosive demand fueled by artificial intelligence (AI).
Key metal raw materials including gold, silver, and copper saw price increases of over 150%, 50%, and 50% respectively in 2025, and prices are expected to remain high in 2026. Silver, a critical material for electrode pastes, once hit a 45-year high of over 74 US dollars per ounce.
On the demand side, AI servers, new energy vehicles, and high-end industrial applications have emerged as the three core driving forces. Unlike previous industry cycles dominated by consumer electronics demand, this round of demand places extremely high requirements on the performance and reliability of passive components, with relatively low price sensitivity.
A single high-performance AI server requires up to 30,000 MLCCs, more than ten times the quantity of a standard server; new energy vehicles equipped with advanced intelligent driving systems use over 10,000 MLCCs, with some models reaching 20,000.
2. Structural Price Hikes: Industry Polarization
The current price surge exhibits distinct structural characteristics, with a stark contrast between the booming AI sector and segments facing periodic demand pressure such as consumer electronics and automotive electronics.
Memory chips are among the categories with the largest price increases. TrendForce forecasts that traditional DRAM contract prices will rise by 55%-60% in the first quarter of 2026, while NAND Flash contract prices will increase by 33%-38%, with this supply shortage cycle expected to last until the first half of 2027.
In the passive component sector, core categories including MLCCs, resistors, inductors, and tantalum capacitors have all raised prices. Fenghua Advanced increased prices for inductor and magnetic bead products by 5-25%, and thick-film circuit products by 15-30%.
The wafer foundry sector is also facing upward price pressure. SMIC raised prices for 8-inch BCD processes by approximately 10% for some customers in December 2025. The surging demand for power management chips in AI servers has occupied a large amount of 8-inch BCD process capacity, leading to tight supply of mature processes.
3. Industrial Chain Impact: Upstream Benefits and Downstream Pressure
The price surge has exerted differentiated impacts on different links of the electronic components industrial chain.
Upstream raw material manufacturers and leading component companies have benefited significantly. Leading manufacturers can not only pass on costs through price hikes but also expand market share by leveraging strong demand growth in high-end sectors. Small and medium-sized enterprises focused on the low-to-mid-end market face greater pressure, with profit margins further compressed.
Downstream consumer electronics manufacturers have had to adjust strategies to cope with rising costs. Mobile phone and laptop brands have adopted a combination of measures, including structural price hikes, specification downgrades, and cost-sharing with the industrial chain.
DRAM capacity specifications for high-end and mid-range products will converge to the minimum standards in their respective markets, with a significant slowdown in upgrade speed.
4. Industry Landscape Restructuring: Accelerated Domestic Substitution and Technology-Driven Transformation
This round of price hikes is reshaping the industry’s competitive landscape. Domestic electronic component enterprises have seized the opportunity to enter high-end supply chains, making continuous breakthroughs in material formulations, process precision, and reliability verification.
In the passive component sector, Guangdong Fenghua’s automotive-grade MLCCs have obtained certifications, with a sharp increase in supply chain share among automakers such as BYD and NIO; Fenghua Advanced has achieved mass production of ultra-miniature capacitors, breaking the monopoly of Japanese and South Korean enterprises.
The dimension of industry competition has expanded from pure technology and cost to a comprehensive contest of supply chain resilience, ecological integrity, and policy adaptability. In the future, China’s electronic component industry will form a pattern where "IDMs dominate the high-end market and foundries cover the mid-to-low-end market".
The upward price trend in the electronic components industry will continue in the coming year. The memory chip shortage cycle may persist until the first half of 2027, and segmented fields such as CCL and BT substrates are expected to peak in price hikes in the first half of 2026.
The industry’s competitive landscape will also undergo profound changes. Domestic enterprises with technical strength and supply chain resilience are expected to achieve breakthroughs in the high-end market, ushering in a new round of restructuring in the global electronic components market.
For industry participants, the ability to quickly access cutting-edge market technical information, accurately connect with ecological partners, and showcase core brand value will be crucial to seizing the opportunities in this round of growth.